51000	                                                                       **** Lines cannot exceed 80 characters ****

// 0
NONE
  $NAME    = None

// 1
GENERIC_CHARACTERISTIC
  $NAME    = Generic characteristic
  $DTYPE   = CHARACTERISTIC
  $REPEAT  = 0

// 2
GENERIC_ENTITY
  $NAME    = Generic entity
  $DTYPE   = ENTITY

// 3
GENERIC_SET
  $NAME    = Generic set
  $DTYPE   = SET

// 4
CHARAC_COLLECTOR_POINTER
  $NAME    = Charac collector pointer
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = POINTER
  $MTYPE   = SCALAR

// 5
ENTITY_COLLECTOR_POINTER
  $NAME    = Entity collector pointer
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = POINTER
  $MTYPE   = SCALAR

// 6
EXPRESSION_POINTER
  $NAME    = Expression pointer
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = POINTER
  $MTYPE   = SCALAR

// 7
ANALYSIS
  $NAME    = Analysis set
  $DTYPE   = SET
  $CATEGORY= SET
  $CHILD   = ANALYSIS_MODEL

// 8
NODES
  $NAME    = Nodes set
  $DTYPE   = SET
  $CATEGORY= NODE
  $CHILD   = NODE[*]

// 9
ELEMENTS
  $NAME    = Elements set
  $DTYPE   = SET
  $CATEGORY= ELEMENT
  $CHILD   = ELEMENT_BAR_3D_BAR2[*]
  $CHILD   = ELEMENT_BAR_3D_BAR3[*]
  $CHILD   = ELEMENT_BEAM_3D_BAR2[*]
  $CHILD   = ELEMENT_BEAM_3D_BAR3[*]
  $CHILD   = ELEMENT_SPRING_3D[*]
  $CHILD   = ELEMENT_SHELL_3D_TRIA3[*]
  $CHILD   = ELEMENT_SHELL_3D_QUAD4[*]
  $CHILD   = ELEMENT_SHELL_3D_TRIA6[*]
  $CHILD   = ELEMENT_SHELL_3D_QUAD8[*]
  $CHILD   = ELEMENT_SOLID_3D_TETRA4[*]
  $CHILD   = ELEMENT_SOLID_3D_PYRA5[*]
  $CHILD   = ELEMENT_SOLID_3D_PENTA6[*]
  $CHILD   = ELEMENT_SOLID_3D_HEXA8[*]
  $CHILD   = ELEMENT_SOLID_3D_TETRA10[*]
  $CHILD   = ELEMENT_SOLID_3D_PYRA13[*]
  $CHILD   = ELEMENT_SOLID_3D_PENTA15[*]
  $CHILD   = ELEMENT_SOLID_3D_HEXA20[*]
  $CHILD   = ELEMENT_CONSTRAINT_3D_AXIAL[*]
  $CHILD   = ELEMENT_CONSTRAINT_3D_RIGID[*]
  $CHILD   = ELEMENT_CONSTRAINT_3D_MEAN[*]
  $CHILD   = ELEMENT_CONSTRAINT_3D_JOIN_SOLID_TO_SOLID[*]
  $CHILD   = ELEMENT_CONSTRAINT_3D_JOIN_SOLID_TO_SHELL[*]
  $CHILD   = ELEMENT_CONSTRAINT_3D_JOIN_SHELL_TO_SHELL[*]
  $CHILD   = ELEMENT_CONTACT_3D_NODAL[*]
  $CHILD   = ELEMENT_CONSTRAINT_3D_RIGID_TRANSLATION[*]
  $CHILD   = ELEMENT_CONSTRAINT_3D_MEAN_TRANSLATION[*]
  $CHILD   = ELEMENT_DRAWING_BAR2[*]
  $CHILD   = ELEMENT_DRAWING_TRIA3[*]
  $CHILD   = ELEMENT_DRAWING_QUAD4[*]
  $CHILD   = TRANSFORMATION_3D[0,1]

// 10
VIRTUAL_NODES
  $NAME    = Virtual nodes set
  $DTYPE   = SET
  $CATEGORY= NODE
  $CHILD   = VIRTUAL_NODE[*]

// 11
VIRTUAL_ELEMENTS
  $NAME    = Virtual elements set
  $DTYPE   = SET
  $CATEGORY= ELEMENT
  $CHILD   = VIRTUAL_ELEMENT[*]

// 12
MESH
  $NAME    = Mesh set
  $DTYPE   = SET
  $CATEGORY= SET
  $CHILD   = MESH[*]
  $CHILD   = NODES[0,1]
  $CHILD   = VIRTUAL_NODES[0,1]
  $CHILD   = ELEMENTS[0,1]
  $CHILD   = VIRTUAL_ELEMENTS[0,1]

// 13
MATERIALS
  $NAME    = Materials set
  $DTYPE   = SET
  $CATEGORY= MATERIAL
  $CHILD   = MATERIAL_ISOTROPIC[*]

// 14
AXES
  $NAME    = Axis set
  $DTYPE   = SET
  $CATEGORY= AXIS
  $CHILD   = AXIS_RECTANGULAR_3D_NODE[*]
  $CHILD   = AXIS_RECTANGULAR_3D_COORDINATE[*]
  $CHILD   = AXIS_CYLINDRICAL_3D_NODE[*]
  $CHILD   = AXIS_CYLINDRICAL_3D_COORDINATE[*]
  $CHILD   = AXIS_SPHERICAL_3D_NODE[*]
  $CHILD   = AXIS_SPHERICAL_3D_COORDINATE[*]

// 15
PROPERTIES
  $NAME    = Properties set
  $DTYPE   = SET
  $CATEGORY= PROPERTY
  $CHILD   = PROPERTY_BAR_3D[*]
  $CHILD   = PROPERTY_BEAM_3D[*]
  $CHILD   = PROPERTY_SPRING_3D[*]
  $CHILD   = PROPERTY_SHELL_3D[*]
  $CHILD   = PROPERTY_SOLID_3D[*]
  $CHILD   = PROPERTY_CONSTRAINT_3D_AXIAL[*]
  $CHILD   = PROPERTY_CONSTRAINT_3D_RIGID[*]
  $CHILD   = PROPERTY_CONSTRAINT_3D_MEAN[*]
  $CHILD   = PROPERTY_CONSTRAINT_3D_CONTACT[*]
  $CHILD   = PROPERTY_CONSTRAINT_3D_CABLE[*]
  $CHILD   = PROPERTY_CONSTRAINT_3D_TIGHTENING[*]
  $CHILD   = PROPERTY_CONSTRAINT_3D_FITTING[*]
  $CHILD   = PROPERTY_CONSTRAINT_3D_PERIODIC[*]
  $CHILD   = PROPERTY_CONTACT_3D[*]
  $CHILD   = PROPERTY_ACOUSTIC[*]

// 16
GROUPS
  $NAME    = Groups set
  $DTYPE   = SET
  $CATEGORY= GROUP
  $CHILD   = SPECIFIED_GROUP[*]
  $CHILD   = FILTRED_GROUP[*]
  $CHILD   = IMPLICIT_GROUP[*]
  $CHILD   = FREE_GROUP[*]

// 17
RESTRAINTS
  $NAME    = Restraints set
  $DTYPE   = SET
  $CATEGORY= RESTRAINT
  $CHILD   = RESTRAINT_DISPLACEMENT[*]
  $CHILD   = RESTRAINT_TEMPERATURE[*]
  $CHILD   = RESTRAINT_INITIAL_TEMPERATURE[*]
  $CHILD   = RESTRAINT_CONTACT[*]

// 18
LOADS
  $NAME    = Loads set
  $DTYPE   = SET
  $CATEGORY= LOAD
  $CHILD   = LOAD_ENFORCED_DISPLACEMENT[*]
  $CHILD   = LOAD_POINT_FORCE[*]
  $CHILD   = LOAD_POINT_MOMENT[*]
  $CHILD   = LOAD_LINEIC_FORCE[*]
  $CHILD   = LOAD_PRESSURE[*]
  $CHILD   = LOAD_SURFACIC_FORCE[*]
  $CHILD   = LOAD_VOLUMIC_FORCE[*]
  $CHILD   = LOAD_TRANSLATIONAL_ACCELERATION[*]
  $CHILD   = LOAD_ROTATION_FORCE[*]
  $CHILD   = LOAD_CLEARANCE[*]
  $CHILD   = LOAD_TRANSLATIONAL_VELOCITY[*]
  $CHILD   = LOAD_TEMPERATURE_FIELD[*]
  $CHILD   = LOAD_HEAT_FLUX[*]
  $CHILD   = LOAD_CONVECTION[*]
  $CHILD   = LOAD_HEAT_SOURCE[*]

// 19
MASSES
  $NAME    = Masses set
  $DTYPE   = SET
  $CATEGORY= MASS
  $CHILD   = MASS_POINT_MASS[*]
  $CHILD   = MASS_LINEIC_MASS[*]
  $CHILD   = MASS_SURFACIC_MASS[*]
  $CHILD   = MASS_VOLUMIC_MASS[*]

// 20
ANALYSIS_MODEL
  $NAME    = Finite element model
  $DTYPE   = SET
  $CATEGORY= SET
  $CHILD   = MESH
  $CHILD   = ANALYSIS_CASE[*]
  $CHILD   = AXES[*]
  $CHILD   = MATERIALS[*]
  $CHILD   = PROPERTIES[*]
  $CHILD   = GROUPS[*]
  $CHILD   = ENVIRONMENT[*]
  $CHILD   = FUNCTIONS[*]
  $CHILD   = LOAD_FUNCTIONS[*]
  $CHILD   = TRANSFER_FUNCTIONS[*]
  $CHILD   = LOAD_VECTORS[*]
  $CHILD   = TRANSFER_VECTORS[*]

// 21
ANALYSIS_CASE
  $NAME    = Analysis case
  $DTYPE   = SET
  $CATEGORY= SET
  $CHILD   = BOUNDARY_CONDITIONS[*]
  $CHILD   = RESTRAINTS[*]
  $CHILD   = LOADS[*]
  $CHILD   = MASSES[*]
  $CHILD   = SENSORS[*]
  $CHILD   = MECHANICAL_STATIC_LINEAR[*]
  $CHILD   = MECHANICAL_STATIC_NON_LINEAR[*]
  $CHILD   = MECHANICAL_BUCKLING_LINEAR[*]
  $CHILD   = MECHANICAL_BUCKLING_NON_LINEAR[*]
  $CHILD   = MECHANICAL_MODAL[*]
  $CHILD   = MECHANICAL_HARMONIC_LINEAR[*]
  $CHILD   = MECHANICAL_TRANSIENT_LINEAR[*]
  $CHILD   = THERMAL_STATIC_LINEAR[*]
  $CHILD   = AERODYNAMICS_STEADY_STATE[*]
  $CHILD   = DURABILITY_SOLUTION[*]
  $CHILD   = FUNCTIONS[*]
  $CHILD   = LOAD_FUNCTIONS[*]
  $CHILD   = TRANSFER_FUNCTIONS[*]
  $CHILD   = LOAD_VECTORS[*]
  $CHILD   = TRANSFER_VECTORS[*]

// 22
MECHANICAL_STATIC_LINEAR
  $NAME    = Mechanical static linear solution set
  $DTYPE   = SET
  $CHILD   = TRANSLATION[*]
  $CHILD   = ROTATION[*]
  $CHILD   = CLEARANCE[*]
  $CHILD   = POINT_FORCE[*]
  $CHILD   = POINT_MOMENT[*]
  $CHILD   = POINT_MASS[*]
  $CHILD   = MASS_INERTIA[*]
  $CHILD   = MASS_MOMENT_OF_INERTIA[*]
  $CHILD   = PRESSURE[*]
  $CHILD   = STRESS[*]
  $CHILD   = STRESS_VON_MISES[*]
  $CHILD   = STRAIN[*]
  $CHILD   = STRAIN_VON_MISES[*]
  $CHILD   = ELASTIC_ENERGY[*]
  $CHILD   = ELASTIC_ENERGY_DENSITY[*]
  $CHILD   = CURVATURE[*]
  $CHILD   = TRANSVERSE_SHEAR_STRAIN[*]
  $CHILD   = TRANSVERSE_SHEAR_STRESS[*]
  $CHILD   = ESTIMATED_ERROR[*]
  $CHILD   = FRICTION_RATIO[*]
  $CHILD   = REFINMENT_RATIO[*]

// 23
MECHANICAL_STATIC_NON_LINEAR
  $NAME    = Mechanical static non linear solution set
  $DTYPE   = SET
  $CHILD   = TRANSLATION[*]
  $CHILD   = ROTATION[*]
  $CHILD   = POINT_FORCE[*]
  $CHILD   = POINT_MOMENT[*]
  $CHILD   = MASS_INERTIA[*]
  $CHILD   = MASS_MOMENT_OF_INERTIA[*]
  $CHILD   = PRESSURE[*]
  $CHILD   = STRESS[*]
  $CHILD   = STRESS_VON_MISES[*]
  $CHILD   = STRAIN[*]
  $CHILD   = STRAIN_VON_MISES[*]
  $CHILD   = ELASTIC_ENERGY[*]
  $CHILD   = ELASTIC_ENERGY_DENSITY[*]
  $CHILD   = CURVATURE[*]
  $CHILD   = TRANSVERSE_SHEAR_STRAIN[*]
  $CHILD   = TRANSVERSE_SHEAR_STRESS[*]
  $CHILD   = ESTIMATED_ERROR[*]
  $CHILD   = FRICTION_RATIO[*]
  $CHILD   = REFINMENT_RATIO[*]
  $CHILD   = EQUIVALENT_PLASTIC_STRAIN[*]

// 24
MECHANICAL_BUCKLING_LINEAR
  $NAME    = Mechanical buckling linear solution set
  $DTYPE   = SET
  $CHILD   = TRANSLATION[*]
  $CHILD   = ROTATION[*]
  $CHILD   = BUCKLING_FACTOR[*]

// 25
MECHANICAL_BUCKLING_NON_LINEAR
  $NAME    = Mechanical buckling non linear solution set
  $DTYPE   = SET

// 26
MECHANICAL_MODAL
  $NAME    = Mechanical modal solution set
  $DTYPE   = SET
  $CHILD   = TRANSLATION[*]
  $CHILD   = ROTATION[*]
  $CHILD   = POINT_MASS[*]
  $CHILD   = MASS_INERTIA[*]
  $CHILD   = MASS_MOMENT_OF_INERTIA[*]
  $CHILD   = STRESS[*]
  $CHILD   = STRESS_VON_MISES[*]
  $CHILD   = STRAIN[*]
  $CHILD   = ELASTIC_ENERGY[*]
  $CHILD   = ELASTIC_ENERGY_DENSITY[*]
  $CHILD   = FREQUENCY[*]
  $CHILD   = CURVATURE[*]
  $CHILD   = TRANSVERSE_SHEAR_STRAIN[*]
  $CHILD   = TRANSVERSE_SHEAR_STRESS[*]

// 27
THERMAL_STATIC_LINEAR
  $NAME    = Thermal static linear solution set
  $DTYPE   = SET
  $CHILD   = TEMPERATURE[*]
  $CHILD   = HEAT_FLUX[*]

// 28
NODE
  $NAME    = Node
  $DTYPE   = ENTITY
  $CATEGORY= NODE
  $CHILD   = LOCAL_AXIS[0,1]
  $CHILD   = ORIENTATION_VECTOR[0,1]
  $APPLYBY = RESTRAINT_DISPLACEMENT[*] -> NODE
  $APPLYBY = LOAD_ENFORCED_DISPLACEMENT[*] -> NODE
  $APPLYBY = LOAD_POINT_FORCE[*] -> NODE
  $APPLYBY = LOAD_POINT_MOMENT[*] -> NODE
  $APPLYBY = LOAD_HEAT_SOURCE[*] -> NODE
  $APPLYBY = MASS_POINT_MASS[*] -> NODE
  $APPLYBY = RESTRAINT_TEMPERATURE[*] -> NODE
  $APPLYBY = RESTRAINT_INITIAL_TEMPERATURE[*] -> NODE
  $APPLYBY = RESTRAINT_CONTACT[*] -> NODE
  $APPLYBY = TRANSFER_FUNCTION[*] -> DOF
  $APPLYBY = LOAD_FUNCTION[*] -> DOF

// 29
ELEMENT_BAR_3D_BAR2
  $NAME    = 3D 2 node bar element
  $DTYPE   = ENTITY
  $CATEGORY= ELEMENT[BAR]
  $DOF     = BALL_JOIN
  $APPLYBY = PROPERTY_BAR_3D -> ELEMENT
  $APPLYBY = LOAD_LINEIC_FORCE[*] -> EDGE
  $APPLYBY = LOAD_VOLUMIC_FORCE[*] -> ELEMENT
  $APPLYBY = LOAD_TRANSLATIONAL_ACCELERATION[*] -> ELEMENT
  $APPLYBY = LOAD_TEMPERATURE_FIELD[*] -> ELEMENT
  $APPLYBY = LOAD_ROTATION_FORCE[*] -> ELEMENT
  $APPLYBY = MASS_LINEIC_MASS[*] -> EDGE
  $APPLYBY = MASS_VOLUMIC_MASS[*] -> ELEMENT

// 30
ELEMENT_BAR_3D_BAR3
  $NAME    = 3D 3 node bar element
  $DTYPE   = ENTITY
  $CATEGORY= ELEMENT[BAR3]
  $DOF     = BALL_JOIN
  $APPLYBY = PROPERTY_BAR_3D -> ELEMENT
  $APPLYBY = LOAD_LINEIC_FORCE[*] -> EDGE
  $APPLYBY = LOAD_VOLUMIC_FORCE[*] -> ELEMENT
  $APPLYBY = LOAD_TRANSLATIONAL_ACCELERATION[*] -> ELEMENT
  $APPLYBY = LOAD_TEMPERATURE_FIELD[*] -> ELEMENT
  $APPLYBY = LOAD_ROTATION_FORCE[*] -> ELEMENT
  $APPLYBY = MASS_LINEIC_MASS[*] -> EDGE
  $APPLYBY = MASS_VOLUMIC_MASS[*] -> ELEMENT

// 31
ELEMENT_BEAM_3D_BAR2
  $NAME    = 3D 2 node beam element
  $DTYPE   = ENTITY
  $CATEGORY= ELEMENT[BAR]
  $DOF     = CLAMP
  $CHILD   = ORIENTATION_VECTOR[0,1]
  $CHILD   = ORIENTATION_POINT[0,1]
  $CHILD   = ORIENTATION_NODE[0,1]
  $APPLYBY = PROPERTY_BEAM_3D -> ELEMENT
  $APPLYBY = LOAD_LINEIC_FORCE[*] -> EDGE
  $APPLYBY = LOAD_VOLUMIC_FORCE[*] -> ELEMENT
  $APPLYBY = LOAD_TRANSLATIONAL_ACCELERATION[*] -> ELEMENT
  $APPLYBY = LOAD_TEMPERATURE_FIELD[*] -> ELEMENT
  $APPLYBY = LOAD_ROTATION_FORCE[*] -> ELEMENT
  $APPLYBY = MASS_LINEIC_MASS[*] -> EDGE
  $APPLYBY = MASS_VOLUMIC_MASS[*] -> ELEMENT

// 32
ELEMENT_BEAM_3D_BAR3
  $NAME    = 3D 3 node beam element
  $DTYPE   = ENTITY
  $CATEGORY= ELEMENT[BAR3]
  $DOF     = CLAMP
  $CHILD   = ORIENTATION_VECTOR[0,1]
  $CHILD   = ORIENTATION_POINT[0,1]
  $CHILD   = ORIENTATION_NODE[0,1]
  $APPLYBY = PROPERTY_BEAM_3D -> ELEMENT
  $APPLYBY = LOAD_LINEIC_FORCE[*] -> EDGE
  $APPLYBY = LOAD_VOLUMIC_FORCE[*] -> ELEMENT
  $APPLYBY = LOAD_TRANSLATIONAL_ACCELERATION[*] -> ELEMENT
  $APPLYBY = LOAD_TEMPERATURE_FIELD[*] -> ELEMENT
  $APPLYBY = LOAD_ROTATION_FORCE[*] -> ELEMENT
  $APPLYBY = MASS_LINEIC_MASS[*] -> EDGE
  $APPLYBY = MASS_VOLUMIC_MASS[*] -> ELEMENT

// 33
ELEMENT_SPRING_3D
  $NAME    = 3D spring element
  $DTYPE   = ENTITY
  $CATEGORY= ELEMENT[BAR]
  $DOF     = CLAMP
  $CHILD   = LOCAL_AXIS[0,1]
  $APPLYBY = PROPERTY_SPRING_3D -> ELEMENT

// 34
ELEMENT_SHELL_3D_TRIA3
  $NAME    = 3D 3 node shell element
  $DTYPE   = ENTITY
  $CATEGORY= ELEMENT[TR3]
  $DOF     = CLAMP
  $APPLYBY = PROPERTY_SHELL_3D -> ELEMENT
  $APPLYBY = LOAD_LINEIC_FORCE[*] -> EDGE
  $APPLYBY = LOAD_PRESSURE[*] -> FACE
  $APPLYBY = LOAD_SURFACIC_FORCE[*] -> FACE
  $APPLYBY = LOAD_VOLUMIC_FORCE[*] -> ELEMENT
  $APPLYBY = LOAD_TRANSLATIONAL_ACCELERATION[*] -> ELEMENT
  $APPLYBY = LOAD_TEMPERATURE_FIELD[*] -> ELEMENT
  $APPLYBY = LOAD_ROTATION_FORCE[*] -> ELEMENT
  $APPLYBY = LOAD_HEAT_FLUX[*] -> FACE
  $APPLYBY = LOAD_CONVECTION[*] -> FACE
  $APPLYBY = MASS_LINEIC_MASS[*] -> EDGE
  $APPLYBY = MASS_SURFACIC_MASS[*] -> FACE
  $APPLYBY = MASS_VOLUMIC_MASS[*] -> ELEMENT

// 35
ELEMENT_SHELL_3D_QUAD4
  $NAME    = 3D 4 node shell element
  $DTYPE   = ENTITY
  $CATEGORY= ELEMENT[QD4]
  $DOF     = CLAMP
  $APPLYBY = PROPERTY_SHELL_3D -> ELEMENT
  $APPLYBY = LOAD_LINEIC_FORCE[*] -> EDGE
  $APPLYBY = LOAD_PRESSURE[*] -> FACE
  $APPLYBY = LOAD_SURFACIC_FORCE[*] -> FACE
  $APPLYBY = LOAD_VOLUMIC_FORCE[*] -> ELEMENT
  $APPLYBY = LOAD_TRANSLATIONAL_ACCELERATION[*] -> ELEMENT
  $APPLYBY = LOAD_TEMPERATURE_FIELD[*] -> ELEMENT
  $APPLYBY = LOAD_ROTATION_FORCE[*] -> ELEMENT
  $APPLYBY = LOAD_HEAT_FLUX[*] -> FACE
  $APPLYBY = LOAD_CONVECTION[*] -> FACE
  $APPLYBY = MASS_LINEIC_MASS[*] -> EDGE
  $APPLYBY = MASS_SURFACIC_MASS[*] -> FACE
  $APPLYBY = MASS_VOLUMIC_MASS[*] -> ELEMENT

// 36
ELEMENT_SHELL_3D_TRIA6
  $NAME    = 3D 6 node shell element
  $DTYPE   = ENTITY
  $CATEGORY= ELEMENT[TR6]
  $DOF     = CLAMP
  $APPLYBY = PROPERTY_SHELL_3D -> ELEMENT
  $APPLYBY = LOAD_LINEIC_FORCE[*] -> EDGE
  $APPLYBY = LOAD_PRESSURE[*] -> FACE
  $APPLYBY = LOAD_SURFACIC_FORCE[*] -> FACE
  $APPLYBY = LOAD_VOLUMIC_FORCE[*] -> ELEMENT
  $APPLYBY = LOAD_TRANSLATIONAL_ACCELERATION[*] -> ELEMENT
  $APPLYBY = LOAD_TEMPERATURE_FIELD[*] -> ELEMENT
  $APPLYBY = LOAD_ROTATION_FORCE[*] -> ELEMENT
  $APPLYBY = LOAD_HEAT_FLUX[*] -> FACE
  $APPLYBY = LOAD_CONVECTION[*] -> FACE
  $APPLYBY = MASS_LINEIC_MASS[*] -> EDGE
  $APPLYBY = MASS_SURFACIC_MASS[*] -> FACE
  $APPLYBY = MASS_VOLUMIC_MASS[*] -> ELEMENT

// 37
ELEMENT_SHELL_3D_QUAD8
  $NAME    = 3D 8 node shell element
  $DTYPE   = ENTITY
  $CATEGORY= ELEMENT[QD8]
  $DOF     = CLAMP
  $APPLYBY = PROPERTY_SHELL_3D -> ELEMENT
  $APPLYBY = LOAD_LINEIC_FORCE[*] -> EDGE
  $APPLYBY = LOAD_PRESSURE[*] -> FACE
  $APPLYBY = LOAD_SURFACIC_FORCE[*] -> FACE
  $APPLYBY = LOAD_VOLUMIC_FORCE[*] -> ELEMENT
  $APPLYBY = LOAD_TRANSLATIONAL_ACCELERATION[*] -> ELEMENT
  $APPLYBY = LOAD_TEMPERATURE_FIELD[*] -> ELEMENT
  $APPLYBY = LOAD_ROTATION_FORCE[*] -> ELEMENT
  $APPLYBY = LOAD_HEAT_FLUX[*] -> FACE
  $APPLYBY = LOAD_CONVECTION[*] -> FACE
  $APPLYBY = MASS_LINEIC_MASS[*] -> EDGE
  $APPLYBY = MASS_SURFACIC_MASS[*] -> FACE
  $APPLYBY = MASS_VOLUMIC_MASS[*] -> ELEMENT

// 38
ELEMENT_SOLID_3D_TETRA4
  $NAME    = 3D solid 4 node tetrahedron element
  $DTYPE   = ENTITY
  $CATEGORY= ELEMENT[TE4]
  $DOF     = BALL_JOIN
  $APPLYBY = PROPERTY_SOLID_3D -> ELEMENT
  $APPLYBY = LOAD_LINEIC_FORCE[*] -> EDGE
  $APPLYBY = LOAD_PRESSURE[*] -> FACE
  $APPLYBY = LOAD_SURFACIC_FORCE[*] -> FACE
  $APPLYBY = LOAD_VOLUMIC_FORCE[*] -> ELEMENT
  $APPLYBY = LOAD_TRANSLATIONAL_ACCELERATION[*] -> ELEMENT
  $APPLYBY = LOAD_TEMPERATURE_FIELD[*] -> ELEMENT
  $APPLYBY = LOAD_ROTATION_FORCE[*] -> ELEMENT
  $APPLYBY = LOAD_HEAT_FLUX[*] -> FACE
  $APPLYBY = LOAD_CONVECTION[*] -> FACE
  $APPLYBY = MASS_LINEIC_MASS[*] -> EDGE
  $APPLYBY = MASS_SURFACIC_MASS[*] -> FACE
  $APPLYBY = MASS_VOLUMIC_MASS[*] -> ELEMENT
  $APPLYBY = RESTRAINT_CONTACT[*] -> FACE

// 39
ELEMENT_SOLID_3D_PYRA5
  $NAME    = 3D solid 5 node pyramid element
  $DTYPE   = ENTITY
  $CATEGORY= ELEMENT[PY5]
  $DOF     = BALL_JOIN
  $APPLYBY = PROPERTY_SOLID_3D -> ELEMENT
  $APPLYBY = LOAD_LINEIC_FORCE[*] -> EDGE
  $APPLYBY = LOAD_PRESSURE[*] -> FACE
  $APPLYBY = LOAD_SURFACIC_FORCE[*] -> FACE
  $APPLYBY = LOAD_VOLUMIC_FORCE[*] -> ELEMENT
  $APPLYBY = LOAD_TRANSLATIONAL_ACCELERATION[*] -> ELEMENT
  $APPLYBY = LOAD_TEMPERATURE_FIELD[*] -> ELEMENT
  $APPLYBY = LOAD_ROTATION_FORCE[*] -> ELEMENT
  $APPLYBY = LOAD_HEAT_FLUX[*] -> FACE
  $APPLYBY = LOAD_CONVECTION[*] -> FACE
  $APPLYBY = MASS_LINEIC_MASS[*] -> EDGE
  $APPLYBY = MASS_SURFACIC_MASS[*] -> FACE
  $APPLYBY = MASS_VOLUMIC_MASS[*] -> ELEMENT
  $APPLYBY = RESTRAINT_CONTACT[*] -> FACE

// 40
ELEMENT_SOLID_3D_PENTA6
  $NAME    = 3D solid 6 node pentahedron element
  $DTYPE   = ENTITY
  $CATEGORY= ELEMENT[WE6]
  $DOF     = BALL_JOIN
  $APPLYBY = PROPERTY_SOLID_3D -> ELEMENT
  $APPLYBY = LOAD_LINEIC_FORCE[*] -> EDGE
  $APPLYBY = LOAD_PRESSURE[*] -> FACE
  $APPLYBY = LOAD_SURFACIC_FORCE[*] -> FACE
  $APPLYBY = LOAD_VOLUMIC_FORCE[*] -> ELEMENT
  $APPLYBY = LOAD_TRANSLATIONAL_ACCELERATION[*] -> ELEMENT
  $APPLYBY = LOAD_TEMPERATURE_FIELD[*] -> ELEMENT
  $APPLYBY = LOAD_ROTATION_FORCE[*] -> ELEMENT
  $APPLYBY = LOAD_HEAT_FLUX[*] -> FACE
  $APPLYBY = LOAD_CONVECTION[*] -> FACE
  $APPLYBY = MASS_LINEIC_MASS[*] -> EDGE
  $APPLYBY = MASS_SURFACIC_MASS[*] -> FACE
  $APPLYBY = MASS_VOLUMIC_MASS[*] -> ELEMENT
  $APPLYBY = RESTRAINT_CONTACT[*] -> FACE

// 41
ELEMENT_SOLID_3D_HEXA8
  $NAME    = 3D solid 8 node hexahedron element
  $DTYPE   = ENTITY
  $CATEGORY= ELEMENT[HE8]
  $DOF     = BALL_JOIN
  $APPLYBY = PROPERTY_SOLID_3D -> ELEMENT
  $APPLYBY = LOAD_LINEIC_FORCE[*] -> EDGE
  $APPLYBY = LOAD_PRESSURE[*] -> FACE
  $APPLYBY = LOAD_SURFACIC_FORCE[*] -> FACE
  $APPLYBY = LOAD_VOLUMIC_FORCE[*] -> ELEMENT
  $APPLYBY = LOAD_TRANSLATIONAL_ACCELERATION[*] -> ELEMENT
  $APPLYBY = LOAD_TEMPERATURE_FIELD[*] -> ELEMENT
  $APPLYBY = LOAD_ROTATION_FORCE[*] -> ELEMENT
  $APPLYBY = LOAD_HEAT_FLUX[*] -> FACE
  $APPLYBY = LOAD_CONVECTION[*] -> FACE
  $APPLYBY = MASS_LINEIC_MASS[*] -> EDGE
  $APPLYBY = MASS_SURFACIC_MASS[*] -> FACE
  $APPLYBY = MASS_VOLUMIC_MASS[*] -> ELEMENT
  $APPLYBY = RESTRAINT_CONTACT[*] -> FACE

// 42
ELEMENT_SOLID_3D_TETRA10
  $NAME    = 3D solid 10 node tetrahedron element
  $DTYPE   = ENTITY
  $CATEGORY= ELEMENT[TE10]
  $DOF     = BALL_JOIN
  $APPLYBY = PROPERTY_SOLID_3D -> ELEMENT
  $APPLYBY = LOAD_LINEIC_FORCE[*] -> EDGE
  $APPLYBY = LOAD_PRESSURE[*] -> FACE
  $APPLYBY = LOAD_SURFACIC_FORCE[*] -> FACE
  $APPLYBY = LOAD_VOLUMIC_FORCE[*] -> ELEMENT
  $APPLYBY = LOAD_TRANSLATIONAL_ACCELERATION[*] -> ELEMENT
  $APPLYBY = LOAD_TEMPERATURE_FIELD[*] -> ELEMENT
  $APPLYBY = LOAD_ROTATION_FORCE[*] -> ELEMENT
  $APPLYBY = LOAD_HEAT_FLUX[*] -> FACE
  $APPLYBY = LOAD_CONVECTION[*] -> FACE
  $APPLYBY = MASS_LINEIC_MASS[*] -> EDGE
  $APPLYBY = MASS_SURFACIC_MASS[*] -> FACE
  $APPLYBY = MASS_VOLUMIC_MASS[*] -> ELEMENT
  $APPLYBY = RESTRAINT_CONTACT[*] -> FACE

// 43
ELEMENT_SOLID_3D_PYRA13
  $NAME    = 3D solid 13 node pyramid element
  $DTYPE   = ENTITY
  $CATEGORY= ELEMENT[PY13]
  $DOF     = BALL_JOIN
  $APPLYBY = PROPERTY_SOLID_3D -> ELEMENT
  $APPLYBY = LOAD_LINEIC_FORCE[*] -> EDGE
  $APPLYBY = LOAD_PRESSURE[*] -> FACE
  $APPLYBY = LOAD_SURFACIC_FORCE[*] -> FACE
  $APPLYBY = LOAD_VOLUMIC_FORCE[*] -> ELEMENT
  $APPLYBY = LOAD_TRANSLATIONAL_ACCELERATION[*] -> ELEMENT
  $APPLYBY = LOAD_TEMPERATURE_FIELD[*] -> ELEMENT
  $APPLYBY = LOAD_ROTATION_FORCE[*] -> ELEMENT
  $APPLYBY = LOAD_HEAT_FLUX[*] -> FACE
  $APPLYBY = LOAD_CONVECTION[*] -> FACE
  $APPLYBY = MASS_LINEIC_MASS[*] -> EDGE
  $APPLYBY = MASS_SURFACIC_MASS[*] -> FACE
  $APPLYBY = MASS_VOLUMIC_MASS[*] -> ELEMENT
  $APPLYBY = RESTRAINT_CONTACT[*] -> FACE

// 44
ELEMENT_SOLID_3D_PENTA15
  $NAME    = 3D solid 15 node pentahedron element
  $DTYPE   = ENTITY
  $CATEGORY= ELEMENT[WE15]
  $DOF     = BALL_JOIN
  $APPLYBY = PROPERTY_SOLID_3D -> ELEMENT
  $APPLYBY = LOAD_LINEIC_FORCE[*] -> EDGE
  $APPLYBY = LOAD_PRESSURE[*] -> FACE
  $APPLYBY = LOAD_SURFACIC_FORCE[*] -> FACE
  $APPLYBY = LOAD_VOLUMIC_FORCE[*] -> ELEMENT
  $APPLYBY = LOAD_TRANSLATIONAL_ACCELERATION[*] -> ELEMENT
  $APPLYBY = LOAD_TEMPERATURE_FIELD[*] -> ELEMENT
  $APPLYBY = LOAD_ROTATION_FORCE[*] -> ELEMENT
  $APPLYBY = LOAD_HEAT_FLUX[*] -> FACE
  $APPLYBY = LOAD_CONVECTION[*] -> FACE
  $APPLYBY = MASS_LINEIC_MASS[*] -> EDGE
  $APPLYBY = MASS_SURFACIC_MASS[*] -> FACE
  $APPLYBY = MASS_VOLUMIC_MASS[*] -> ELEMENT
  $APPLYBY = RESTRAINT_CONTACT[*] -> FACE

// 45
ELEMENT_SOLID_3D_HEXA20
  $NAME    = 3D solid 20 node hexahedron element
  $DTYPE   = ENTITY
  $CATEGORY= ELEMENT[HE20]
  $DOF     = BALL_JOIN
  $APPLYBY = PROPERTY_SOLID_3D -> ELEMENT
  $APPLYBY = LOAD_LINEIC_FORCE[*] -> EDGE
  $APPLYBY = LOAD_PRESSURE[*] -> FACE
  $APPLYBY = LOAD_SURFACIC_FORCE[*] -> FACE
  $APPLYBY = LOAD_VOLUMIC_FORCE[*] -> ELEMENT
  $APPLYBY = LOAD_TRANSLATIONAL_ACCELERATION[*] -> ELEMENT
  $APPLYBY = LOAD_TEMPERATURE_FIELD[*] -> ELEMENT
  $APPLYBY = LOAD_ROTATION_FORCE[*] -> ELEMENT
  $APPLYBY = LOAD_HEAT_FLUX[*] -> FACE
  $APPLYBY = LOAD_CONVECTION[*] -> FACE
  $APPLYBY = MASS_LINEIC_MASS[*] -> EDGE
  $APPLYBY = MASS_SURFACIC_MASS[*] -> FACE
  $APPLYBY = MASS_VOLUMIC_MASS[*] -> ELEMENT
  $APPLYBY = RESTRAINT_CONTACT[*] -> FACE

// 46
ELEMENT_CONSTRAINT_3D_AXIAL
  $NAME    = 3D axial constraint element
  $DTYPE   = ENTITY
  $CATEGORY= ELEMENT[SPIDER]
  $DOF     = BALL_JOIN
  $APPLYBY = PROPERTY_CONSTRAINT_3D_AXIAL -> ELEMENT
  $APPLYBY = PROPERTY_CONSTRAINT_3D_CONTACT -> ELEMENT
  $APPLYBY = PROPERTY_CONSTRAINT_3D_CABLE -> ELEMENT
  $APPLYBY = PROPERTY_CONSTRAINT_3D_PERIODIC -> ELEMENT
  $APPLYBY = LOAD_CLEARANCE[*] -> ELEMENT

// 47
ELEMENT_CONSTRAINT_3D_RIGID
  $NAME    = 3D rigid body constraint element
  $DTYPE   = ENTITY
  $CATEGORY= ELEMENT[SPIDER]
  $DOF     = CLAMP
  $CHILD   = LOCAL_AXIS[0,1]
  $APPLYBY = PROPERTY_CONSTRAINT_3D_RIGID -> ELEMENT
  $APPLYBY = PROPERTY_CONSTRAINT_3D_TIGHTENING -> ELEMENT

// 48
ELEMENT_CONSTRAINT_3D_RIGID_TRANSLATION
  $NAME    = 3D rigid body translation constraint element
  $DTYPE   = ENTITY
  $CATEGORY= ELEMENT[SPIDER]
  $DOF     = CLAMP,BALL_JOIN
  $CHILD   = LOCAL_AXIS[0,1]
  $APPLYBY = PROPERTY_CONSTRAINT_3D_RIGID -> ELEMENT
  $APPLYBY = PROPERTY_CONSTRAINT_3D_TIGHTENING -> ELEMENT

// 49
ELEMENT_CONSTRAINT_3D_MEAN
  $NAME    = 3D mean displacement constraint element
  $DTYPE   = ENTITY
  $CATEGORY= ELEMENT[SPIDER]
  $DOF     = CLAMP
  $CHILD   = LOCAL_AXIS[0,1]
  $APPLYBY = PROPERTY_CONSTRAINT_3D_MEAN -> ELEMENT

// 50
ELEMENT_CONSTRAINT_3D_MEAN_TRANSLATION
  $NAME    = 3D mean translation displacement constraint element
  $DTYPE   = ENTITY
  $CATEGORY= ELEMENT[SPIDER]
  $DOF     = CLAMP,BALL_JOIN
  $CHILD   = LOCAL_AXIS[0,1]
  $APPLYBY = PROPERTY_CONSTRAINT_3D_MEAN -> ELEMENT

// 51
ELEMENT_CONSTRAINT_3D_JOIN_SOLID_TO_SOLID
  $NAME    = 3D join solid to solid constraint element
  $DTYPE   = ENTITY
  $CATEGORY= ELEMENT[SPIDER]
  $APPLYBY = PROPERTY_CONSTRAINT_3D_MEAN -> ELEMENT
  $APPLYBY = PROPERTY_CONSTRAINT_3D_AXIAL -> ELEMENT
  $APPLYBY = PROPERTY_CONSTRAINT_3D_CONTACT -> ELEMENT
  $APPLYBY = PROPERTY_CONSTRAINT_3D_CABLE -> ELEMENT
  $APPLYBY = PROPERTY_CONSTRAINT_3D_TIGHTENING -> ELEMENT
  $APPLYBY = PROPERTY_CONSTRAINT_3D_FITTING -> ELEMENT
  $APPLYBY = LOAD_CLEARANCE[*] -> ELEMENT

// 52
ELEMENT_CONSTRAINT_3D_JOIN_SOLID_TO_SHELL
  $NAME    = 3D join solid to shell constraint element
  $DTYPE   = ENTITY
  $CATEGORY= ELEMENT[SPIDER]
  $APPLYBY = PROPERTY_CONSTRAINT_3D_MEAN -> ELEMENT
  $APPLYBY = PROPERTY_CONSTRAINT_3D_AXIAL -> ELEMENT
  $APPLYBY = PROPERTY_CONSTRAINT_3D_CONTACT -> ELEMENT
  $APPLYBY = LOAD_CLEARANCE[*] -> ELEMENT

// 53
ELEMENT_CONSTRAINT_3D_JOIN_SHELL_TO_SHELL
  $NAME    = 3D join shell to shell constraint element
  $DTYPE   = ENTITY
  $CATEGORY= ELEMENT[SPIDER]
  $APPLYBY = PROPERTY_CONSTRAINT_3D_MEAN -> ELEMENT
  $APPLYBY = PROPERTY_CONSTRAINT_3D_AXIAL -> ELEMENT
  $APPLYBY = PROPERTY_CONSTRAINT_3D_CONTACT -> ELEMENT
  $APPLYBY = LOAD_CLEARANCE[*] -> ELEMENT

// 54
ELEMENT_CONTACT_3D_NODAL
  $NAME    = 3D nodal contact element
  $DTYPE   = ENTITY
  $CATEGORY= ELEMENT[BAR]
  $DOF     = BALL_JOIN
  $CHILD   = LOCAL_AXIS[0,1]
  $CHILD   = ORIENTATION_VECTOR[0,1]
  $CHILD   = ORIENTATION_POINT[0,1]
  $CHILD   = ORIENTATION_NODE[0,1]
  $APPLYBY = PROPERTY_CONTACT_3D -> ELEMENT
  $APPLYBY = LOAD_CLEARANCE[*] -> ELEMENT

// 55
VIRTUAL_NODE
  $NAME    = Virtual node
  $DTYPE   = ENTITY
  $CATEGORY= NODE
  $APPLYBY = TRANSFER_FUNCTION[*] -> DOF
  $APPLYBY = LOAD_FUNCTION[*] -> DOF

// 56
VIRTUAL_ELEMENT
  $NAME    = Virtual element
  $DTYPE   = ENTITY
  $CATEGORY= ELEMENT

// 57
MATERIAL_ISOTROPIC
  $NAME    = Isotropic material
  $DTYPE   = ENTITY
  $CATEGORY= MATERIAL
  $CHILD   = YOUNG_MODULUS
  $CHILD   = POISSON_RATIO
  $CHILD   = SHEAR_MODULUS[0,1]
  $CHILD   = DENSITY[0,1]
  $CHILD   = COEFFICIENT_OF_THERMAL_EXPANSION[0,1]
  $CHILD   = THERMAL_CONDUCTIVITY[0,1]
  $CHILD   = SPECIFIC_HEAT[0,1]
  $CHILD   = EMISSIVITY[0,1]
  $CHILD   = YIELD_STRENGTH_X[0,1]
  $CHILD   = HARDENING_SLOPE_X[0,1]

// 58
AXIS_RECTANGULAR_3D_NODE
  $NAME    = 3D rectangular axis system ; nodes
  $DTYPE   = ENTITY
  $CATEGORY= AXIS
  $CHILD   = ORIGIN_NODE[0,1]
  $CHILD   = LOCAL_XZ_NODE
  $CHILD   = LOCAL_Z_NODE

// 59
AXIS_RECTANGULAR_3D_COORDINATE
  $NAME    = 3D rectangular axis system ; coordinates
  $DTYPE   = ENTITY
  $CATEGORY= AXIS
  $CHILD   = ORIGIN_COORDINATE[0,1]
  $CHILD   = LOCAL_XZ_COORDINATE
  $CHILD   = LOCAL_Z_COORDINATE
  $CHILD   = LOCAL_AXIS[0,1]

// 60
AXIS_CYLINDRICAL_3D_NODE
  $NAME    = 3D cylindrical axis system ; nodes
  $DTYPE   = ENTITY
  $CATEGORY= AXIS
  $CHILD   = ORIGIN_NODE[0,1]
  $CHILD   = LOCAL_XZ_NODE
  $CHILD   = LOCAL_Z_NODE
  $CHILD   = REVERSE[0,1]

// 61
AXIS_CYLINDRICAL_3D_COORDINATE
  $NAME    = 3D cylindrical axis system ; coordinates
  $DTYPE   = ENTITY
  $CATEGORY= AXIS
  $CHILD   = ORIGIN_COORDINATE[0,1]
  $CHILD   = LOCAL_XZ_COORDINATE
  $CHILD   = LOCAL_Z_COORDINATE
  $CHILD   = LOCAL_AXIS[0,1]
  $CHILD   = REVERSE[0,1]

// 62
AXIS_SPHERICAL_3D_NODE
  $NAME    = 3D spherical axis system ; nodes
  $DTYPE   = ENTITY
  $CATEGORY= AXIS
  $CHILD   = ORIGIN_NODE[0,1]
  $CHILD   = LOCAL_XZ_NODE
  $CHILD   = LOCAL_Z_NODE
  $CHILD   = REVERSE[0,1]

// 63
AXIS_SPHERICAL_3D_COORDINATE
  $NAME    = 3D spherical axis system ; coordinates
  $DTYPE   = ENTITY
  $CATEGORY= AXIS
  $CHILD   = ORIGIN_COORDINATE[0,1]
  $CHILD   = LOCAL_XZ_COORDINATE
  $CHILD   = LOCAL_Z_COORDINATE
  $CHILD   = LOCAL_AXIS[0,1]
  $CHILD   = REVERSE[0,1]

// 64
PROPERTY_BAR_3D
  $NAME    = 3D bar property
  $DTYPE   = ENTITY
  $CATEGORY= PROPERTY
  $CHILD   = MATERIAL
  $CHILD   = CROSS_SECTIONAL_AREA

// 65
PROPERTY_BEAM_3D
  $NAME    = 3D beam property
  $DTYPE   = ENTITY
  $CATEGORY= PROPERTY
  $CHILD   = MATERIAL
  $CHILD   = CROSS_SECTIONAL_AREA
  $CHILD   = AREA_MOMENT_OF_INERTIA
  $CHILD   = AREA_SHEAR_RATIO_XY[0,1]
  $CHILD   = AREA_SHEAR_RATIO_XZ[0,1]
  $CHILD   = OFFSET[0,1]
  $CHILD   = ORIENTATION_VECTOR[0,1]
  $CHILD   = ORIENTATION_NODE[0,1]
  $CHILD   = ORIENTATION_POINT[0,1]
  $CHILD   = SHEAR_CENTER[0,1]

// 66
PROPERTY_SPRING_3D
  $NAME    = 3D spring property
  $DTYPE   = ENTITY
  $CATEGORY= PROPERTY
  $CHILD   = TRANSLATIONAL_STIFFNESS[0,1]
  $CHILD   = ROTATIONAL_STIFFNESS[0,1]
  $CHILD   = LOCAL_AXIS[0,1]

// 67
PROPERTY_SHELL_3D
  $NAME    = 3D shell property
  $DTYPE   = ENTITY
  $CATEGORY= PROPERTY
  $CHILD   = MATERIAL
  $CHILD   = THICKNESS

// 68
PROPERTY_SOLID_3D
  $NAME    = 3D solid property
  $DTYPE   = ENTITY
  $CATEGORY= PROPERTY
  $CHILD   = MATERIAL

// 69
PROPERTY_CONSTRAINT_3D_AXIAL
  $NAME    = 3D axial constraint property
  $DTYPE   = ENTITY
  $CATEGORY= PROPERTY
  $CHILD   = LOCAL_AXIS[0,1]
  $CHILD   = ORIENTATION_VECTOR[0,1]
  $CHILD   = ORIENTATION_POINT[0,1]
  $CHILD   = ORIENTATION_NODE[0,1]

// 70
PROPERTY_CONSTRAINT_3D_RIGID
  $NAME    = 3D rigid body constraint property
  $DTYPE   = ENTITY
  $CATEGORY= PROPERTY
  $CHILD   = DEGREES_OF_FREEDOM
  $CHILD   = LOCAL_AXIS[0,1]

// 71
PROPERTY_CONSTRAINT_3D_MEAN
  $NAME    = 3D mean displacement constraint property
  $DTYPE   = ENTITY
  $CATEGORY= PROPERTY
  $CHILD   = DEGREES_OF_FREEDOM[0,1]
  $CHILD   = LOCAL_AXIS[0,1]
  $CHILD   = WEIGHTING_FACTOR[0,1]

// 72
PROPERTY_CONSTRAINT_3D_CONTACT
  $NAME    = 3D contact constraint property
  $DTYPE   = ENTITY
  $CATEGORY= PROPERTY
  $CHILD   = LOCAL_AXIS[0,1]
  $CHILD   = ORIENTATION_VECTOR[0,1]
  $CHILD   = ORIENTATION_POINT[0,1]
  $CHILD   = ORIENTATION_NODE[0,1]
  $CHILD   = CLEARANCE[0,1]

// 73
PROPERTY_CONSTRAINT_3D_CABLE
  $NAME    = 3D cable constraint property
  $DTYPE   = ENTITY
  $CATEGORY= PROPERTY
  $CHILD   = LOCAL_AXIS[0,1]
  $CHILD   = ORIENTATION_VECTOR[0,1]
  $CHILD   = ORIENTATION_POINT[0,1]
  $CHILD   = ORIENTATION_NODE[0,1]
  $CHILD   = CLEARANCE[0,1]

// 74
PROPERTY_CONSTRAINT_3D_TIGHTENING
  $NAME    = 3D tightening constraint property
  $DTYPE   = ENTITY
  $CATEGORY= PROPERTY
  $CHILD   = LOCAL_AXIS[0,1]
  $CHILD   = ORIENTATION_VECTOR[0,1]
  $CHILD   = ORIENTATION_POINT[0,1]
  $CHILD   = ORIENTATION_NODE[0,1]
  $CHILD   = TIGHTENING_FORCE[0,1]

// 75
PROPERTY_CONSTRAINT_3D_FITTING
  $NAME    = 3D fitting constraint property
  $DTYPE   = ENTITY
  $CATEGORY= PROPERTY
  $CHILD   = LOCAL_AXIS[0,1]
  $CHILD   = ORIENTATION_VECTOR[0,1]
  $CHILD   = ORIENTATION_POINT[0,1]
  $CHILD   = ORIENTATION_NODE[0,1]
  $CHILD   = OVERLAP[0,1]

// 76
PROPERTY_CONTACT_3D
  $NAME    = 3D contact property
  $DTYPE   = ENTITY
  $CATEGORY= PROPERTY
  $CHILD   = LOCAL_AXIS[0,1]
  $CHILD   = ORIENTATION_VECTOR[0,1]
  $CHILD   = ORIENTATION_POINT[0,1]
  $CHILD   = ORIENTATION_NODE[0,1]
  $CHILD   = CLEARANCE[0,1]

// 77
NODE_GROUP
  $NAME    = Node group
  $DTYPE   = ENTITY
  $CATEGORY= GROUP

// 78
EDGE_GROUP
  $NAME    = Edge group
  $DTYPE   = ENTITY
  $CATEGORY= GROUP

// 79
FACE_GROUP
  $NAME    = Face group
  $DTYPE   = ENTITY
  $CATEGORY= GROUP

// 80
ELEMENT_GROUP
  $NAME    = Element group
  $DTYPE   = ENTITY
  $CATEGORY= GROUP

// 81
SPECIFIED_GROUP
  $NAME    = Specified group
  $DTYPE   = ENTITY
  $CATEGORY= GROUP
  $CHILD   = NODE_GROUP[*]
  $CHILD   = EDGE_GROUP[*]
  $CHILD   = FACE_GROUP[*]
  $CHILD   = ELEMENT_GROUP[*]

// 82
FILTRED_GROUP
  $NAME    = Filtered group
  $DTYPE   = ENTITY
  $CATEGORY= GROUP
  $CHILD   = NODE_GROUP[*]
  $CHILD   = EDGE_GROUP[*]
  $CHILD   = FACE_GROUP[*]
  $CHILD   = ELEMENT_GROUP[*]

// 83
IMPLICIT_GROUP
  $NAME    = Implicit group
  $DTYPE   = ENTITY
  $CATEGORY= GROUP
  $CHILD   = NODE_GROUP[*]
  $CHILD   = EDGE_GROUP[*]
  $CHILD   = FACE_GROUP[*]
  $CHILD   = ELEMENT_GROUP[*]

// 84
FREE_GROUP
  $NAME    = Free group
  $DTYPE   = ENTITY
  $CATEGORY= GROUP
  $CHILD   = NODE_GROUP[*]
  $CHILD   = EDGE_GROUP[*]
  $CHILD   = FACE_GROUP[*]
  $CHILD   = ELEMENT_GROUP[*]

// 85
RESTRAINT_DISPLACEMENT
  $NAME    = 3D displacement restraint
  $DTYPE   = ENTITY
  $CATEGORY= RESTRAINT
  $CHILD   = DEGREES_OF_FREEDOM
  $CHILD   = LOCAL_AXIS[0,1]

// 86
LOAD_ENFORCED_DISPLACEMENT
  $NAME    = 3D enforced displacement
  $DTYPE   = ENTITY
  $CATEGORY= LOAD
  $CHILD   = ASSOCIATED_RESTRAINT
  $CHILD   = TRANSLATION
  $CHILD   = ROTATION

// 87
LOAD_POINT_FORCE
  $NAME    = 3D point force
  $DTYPE   = ENTITY
  $CATEGORY= LOAD
  $CHILD   = POINT_FORCE
  $CHILD   = LOCAL_AXIS[0,1]

// 88
LOAD_POINT_MOMENT
  $NAME    = 3D point moment
  $DTYPE   = ENTITY
  $CATEGORY= LOAD
  $CHILD   = POINT_MOMENT
  $CHILD   = LOCAL_AXIS[0,1]

// 89
LOAD_HEAT_SOURCE
  $NAME    = Heat source load
  $DTYPE   = ENTITY
  $CATEGORY= LOAD
  $CHILD   = HEAT_FLUX

// 90
LOAD_LINEIC_FORCE
  $NAME    = 3D lineic force
  $DTYPE   = ENTITY
  $CATEGORY= LOAD
  $CHILD   = LINEIC_FORCE
  $CHILD   = LOCAL_AXIS[0,1]

// 91
LOAD_PRESSURE
  $NAME    = 3D pressure
  $DTYPE   = ENTITY
  $CATEGORY= LOAD
  $CHILD   = PRESSURE

// 92
LOAD_SURFACIC_FORCE
  $NAME    = 3D surfacic force
  $DTYPE   = ENTITY
  $CATEGORY= LOAD
  $CHILD   = SURFACIC_FORCE
  $CHILD   = LOCAL_AXIS[0,1]

// 93
LOAD_VOLUMIC_FORCE
  $NAME    = 3D volumic force
  $DTYPE   = ENTITY
  $CATEGORY= LOAD
  $CHILD   = VOLUMIC_FORCE
  $CHILD   = LOCAL_AXIS[0,1]

// 94
LOAD_TRANSLATIONAL_ACCELERATION
  $NAME    = 3D translational acceleration
  $DTYPE   = ENTITY
  $CATEGORY= LOAD
  $CHILD   = TRANSLATIONAL_ACCELERATION
  $CHILD   = LOCAL_AXIS[0,1]

// 95
LOAD_ROTATION_FORCE
  $NAME    = 3D forces due to rotation
  $DTYPE   = ENTITY
  $CATEGORY= LOAD
  $CHILD   = ANGULAR_VELOCITY[0,1]
  $CHILD   = ANGULAR_ACCELERATION[0,1]
  $CHILD   = LOCAL_AXIS

// 96
LOAD_CLEARANCE
  $NAME    = Clearance load
  $DTYPE   = ENTITY
  $CATEGORY= LOAD
  $CHILD   = CLEARANCE

// 97
LOAD_TRANSLATIONAL_VELOCITY
  $NAME    = Translational velocity load
  $DTYPE   = ENTITY
  $CATEGORY= LOAD
  $CHILD   = TRANSLATIONAL_VELOCITY

// 98
LOAD_TEMPERATURE_FIELD
  $NAME    = Temperature field
  $DTYPE   = ENTITY
  $CATEGORY= LOAD
  $CHILD   = TEMPERATURE[*]

// 99
LOAD_HEAT_FLUX
  $NAME    = Heat flux load
  $DTYPE   = ENTITY
  $CATEGORY= LOAD
  $CHILD   = HEAT_FLUX

// 100
LOAD_CONVECTION
  $NAME    = Convection load
  $DTYPE   = ENTITY
  $CATEGORY= LOAD
  $CHILD   = CONVECTION
  $CHILD   = TEMPERATURE

// 101
MASS_POINT_MASS
  $NAME    = 3D point mass
  $DTYPE   = ENTITY
  $CATEGORY= MASS
  $CHILD   = POINT_MASS
  $CHILD   = OFFSET[0,1]
  $CHILD   = MASS_MOMENT_OF_INERTIA[0,1]
  $CHILD   = LOCAL_AXIS[0,1]

// 102
MASS_LINEIC_MASS
  $NAME    = 3D lineic mass
  $DTYPE   = ENTITY
  $CATEGORY= MASS
  $CHILD   = LINEIC_MASS

// 103
MASS_SURFACIC_MASS
  $NAME    = 3D surfacic mass
  $DTYPE   = ENTITY
  $CATEGORY= MASS
  $CHILD   = SURFACIC_MASS

// 104
MASS_VOLUMIC_MASS
  $NAME    = 3D volumic mass
  $DTYPE   = ENTITY
  $CATEGORY= MASS
  $CHILD   = VOLUMIC_MASS

// 105
YOUNG_MODULUS
  $NAME    = Young's modulus
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR
  $UNIT    = PRESSURE

// 106
POISSON_RATIO
  $NAME    = Poisson's ratio
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR

// 107
SHEAR_MODULUS
  $NAME    = Shear modulus
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR
  $UNIT    = PRESSURE

// 108
DENSITY
  $NAME    = Density
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR
  $UNIT    = DENSITY

// 109
COEFFICIENT_OF_THERMAL_EXPANSION
  $NAME    = Coefficient of thermal expansion
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR

// 110
ORIGIN_NODE
  $NAME    = Local origin node
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = NODE
  $MTYPE   = SCALAR

// 111
LOCAL_XZ_NODE
  $NAME    = Node on local XZ plane
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = NODE
  $MTYPE   = SCALAR

// 112
LOCAL_Z_NODE
  $NAME    = Node on local Z axis
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = NODE
  $MTYPE   = SCALAR

// 113
ORIGIN_COORDINATE
  $NAME    = 3D coordinates of local origin
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = VECTOR[3]
  $UNIT    = LENGTH

// 114
LOCAL_XZ_COORDINATE
  $NAME    = 3D coordinates of point on local XZ plane
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = VECTOR[3]
  $UNIT    = LENGTH

// 115
LOCAL_Z_COORDINATE
  $NAME    = 3D coordinates of point on local Z axis
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = VECTOR[3]
  $UNIT    = LENGTH

// 116
MATERIAL
  $NAME    = Element material
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = MATERIAL
  $MTYPE   = SCALAR

// 117
CROSS_SECTIONAL_AREA
  $NAME    = Cross sectional area
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR
  $UNIT    = AREA

// 118
AREA_MOMENT_OF_INERTIA
  $NAME    = Area moment of inertia
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SYMMETRICAL_TENSOR[3]
  $UNIT    = INERTIA

// 119
TRANSLATIONAL_STIFFNESS
  $NAME    = Translational stiffness
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = EIGEN_VALUES[3]
  $UNIT    = TSTIFNES

// 120
ROTATIONAL_STIFFNESS
  $NAME    = Rotational stiffness
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = EIGEN_VALUES[3]
  $UNIT    = RSTIFNES

// 121
THICKNESS
  $NAME    = 3D shell thickness
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR
  $UNIT    = LENGTH

// 122
LOCAL_AXIS
  $NAME    = Local axis
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = AXIS
  $MTYPE   = SCALAR

// 123
ORIENTATION_VECTOR
  $NAME    = 3D orientation vector
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = VECTOR[3]
  $UNIT    = LENGTH

// 124
ORIENTATION_NODE
  $NAME    = Orientation node
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = NODE
  $MTYPE   = SCALAR

// 125
ORIENTATION_POINT
  $NAME    = 3D orientation point
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = VECTOR[3]
  $UNIT    = LENGTH

// 126
DEGREES_OF_FREEDOM
  $NAME    = 3D mechanical degrees of freedom
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = SHORT
  $MTYPE   = BIT_ARRAY

// 127
TRANSLATION
  $NAME    = 3D translation vector
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = VECTOR[3]
  $UNIT    = LENGTH

// 128
ROTATION
  $NAME    = 3D rotation vector
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = VECTOR[3]
  $UNIT    = ANGLE

// 129
ASSOCIATED_RESTRAINT
  $NAME    = Associated restraint
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = RESTRAINT
  $MTYPE   = SCALAR

// 130
POINT_FORCE
  $NAME    = Point force vector
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = VECTOR[3]
  $UNIT    = FORCE

// 131
POINT_MOMENT
  $NAME    = Point moment vector
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = VECTOR[3]
  $UNIT    = MOMENT

// 132
LINEIC_FORCE
  $NAME    = Lineic force vector
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = VECTOR[3]

// 133
PRESSURE
  $NAME    = Pressure
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR
  $UNIT    = PRESSURE

// 134
SURFACIC_FORCE
  $NAME    = Surfacic force vector
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = VECTOR[3]

// 135
VOLUMIC_FORCE
  $NAME    = Volumic force vector
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = VECTOR[3]

// 136
TRANSLATIONAL_ACCELERATION
  $NAME    = Translational acceleration vector
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = VECTOR[3]

// 137
ANGULAR_VELOCITY
  $NAME    = Angular velocity
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR
  $UNIT    = ANGULAR_VELOCITY

// 138
ANGULAR_ACCELERATION
  $NAME    = Angular acceleration
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR
  $UNIT    = ANGACCELRTN

// 139
CLEARANCE
  $NAME    = Clearance
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR
  $UNIT    = LENGTH

// 140
OVERLAP
  $NAME    = Overlap
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR
  $UNIT    = LENGTH

// 141
TIGHTENING_FORCE
  $NAME    = Tightening force
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR
  $UNIT    = FORCE

// 142
POINT_MASS
  $NAME    = Point mass
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR
  $UNIT    = MASS

// 143
LINEIC_MASS
  $NAME    = Lineic mass
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR
  $UNIT    = LINEMASS

// 144
SURFACIC_MASS
  $NAME    = Surfacic mass
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR
  $UNIT    = SURFACICMASS

// 145
VOLUMIC_MASS
  $NAME    = Volumic mass
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR
  $UNIT    = DENSITY

// 146
MASS_INERTIA
  $NAME    = Mass inertia
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SYMMETRICAL_TENSOR[3]
  $UNIT    = MASS

// 147
MASS_MOMENT_OF_INERTIA
  $NAME    = Mass moment of inertia
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SYMMETRICAL_TENSOR[3]
  $UNIT    = INERTIAMOMENT

// 148
STRESS
  $NAME    = Stress
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SYMMETRICAL_TENSOR[3]
  $UNIT    = PRESSURE

// 149
STRESS_VON_MISES
  $NAME    = Stress Von Mises
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR
  $UNIT    = PRESSURE

// 150
STRAIN
  $NAME    = Strain
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SYMMETRICAL_TENSOR[3]

// 151
STRAIN_VON_MISES
  $NAME    = Strain Von Mises
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR

// 152
ELASTIC_ENERGY
  $NAME    = Elastic energy
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR
  $UNIT    = ENERGY

// 153
ELASTIC_ENERGY_DENSITY
  $NAME    = Elastic energy density
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR

// 154
ESTIMATED_ERROR
  $NAME    = Estimated error
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR
  $UNIT    = ENERGY

// 155
TEMPERATURE
  $NAME    = Temperature
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR
  $UNIT    = TEMPRTRE

// 156
HEAT_FLUX
  $NAME    = Heat flux
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR
  $UNIT    = SURFACIC_HEAT_FLUX

// 157
PHYSICAL_TYPE
  $NAME    = Physical type
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = INTEGER
  $MTYPE   = SCALAR

// 158
USER_NUMBER
  $NAME    = User number
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = INTEGER
  $MTYPE   = SCALAR

// 159
BUCKLING_FACTOR
  $NAME    = Buckling factor
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR

// 160
FREQUENCY
  $NAME    = Frequency
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR
  $UNIT    = FREQUENCY

// 161
3D_COORDINATES
  $NAME    = 3D coordinates
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = DOUBLE
  $MTYPE   = VECTOR[3]
  $UNIT    = LENGTH

// 162
REVERSE
  $NAME    = Reverse
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = CHARACTER
  $MTYPE   = SCALAR

// 163
AERODYNAMICS_STEADY_STATE
  $NAME    = Steady state aerodynamics solution set
  $DTYPE   = SET
  $CHILD   = TRANSLATIONAL_VELOCITY[*]
  $CHILD   = TRANSLATION[*]

// 164
TRANSLATIONAL_VELOCITY
  $NAME    = Translational velocity vector
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = VECTOR[3]
  $UNIT    = SPEED

// 165
CURVATURE
  $NAME    = Curvature
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SYMMETRICAL_TENSOR[2]

// 166
TRANSVERSE_SHEAR_STRAIN
  $NAME    = Transverse shear strain
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = VECTOR[2]

// 167
TRANSVERSE_SHEAR_STRESS
  $NAME    = Transverse shear stress
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = VECTOR[2]
  $UNIT    = PRESSURE

// 168
AREA_SHEAR_RATIO_XY
  $NAME    = Effective shear area ratio in xy plane
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR

// 169
AREA_SHEAR_RATIO_XZ
  $NAME    = Effective shear area ratio in xz plane
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR

// 170
OFFSET
  $NAME    = Offset vector
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = VECTOR[3]
  $UNIT    = LENGTH
  $REPEAT  = 2

// 171
FRICTION_RATIO
  $NAME    = Normal to tangential force ratio
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR

// 172
REFINMENT_RATIO
  $NAME    = Current to refined element size ratio
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR

// 173
SHEAR_CENTER
  $NAME    = Shear center
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = VECTOR[2]
  $UNIT    = LENGTH

// 174
STRUCTURAL_DAMPING
  $NAME    = Structural damping
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR

// 175
VISCOUS_DAMPING
  $NAME    = Viscous damping
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR
  $UNIT    = VISCOUS_DAMPING

// 176
ACOUSTIC_POWER
  $NAME    = Acoustic power
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR

// 177
TIME
  $NAME    = Time
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR
  $UNIT    = TIME

// 178
TRANSMISSIBILITY
  $NAME    = Transmissibility
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR

// 179
NORMAL_VELOCITY
  $NAME    = Normal velocity
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR
  $UNIT    = SPEED

// 180
MODAL_MASS
  $NAME    = Modal mass
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR
  $UNIT    = INERTIAMOMENT

// 181
MODAL_STIFFNESS
  $NAME    = Modal stiffness
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR

// 182
MODAL_DISPLACEMENT
  $NAME    = Modal displacement
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR
  $UNIT    = LENGTH

// 183
MODAL_VELOCITY
  $NAME    = Modal velocity
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR
  $UNIT    = SPEED

// 184
MODAL_ACCELERATION
  $NAME    = Modal acceleration
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR
  $UNIT    = ACCELERATION

// 185
ELEMENT_DRAWING_BAR2
  $NAME    = 2 nodes drawing bar element
  $DTYPE   = ENTITY
  $CATEGORY= ELEMENT[BAR]

// 186
ELEMENT_DRAWING_TRIA3
  $NAME    = 3 nodes drawing triangle element
  $DTYPE   = ENTITY
  $CATEGORY= ELEMENT[TR3]

// 187
ELEMENT_DRAWING_QUAD4
  $NAME    = 4 nodes drawing quadrangle element
  $DTYPE   = ENTITY
  $CATEGORY= ELEMENT[QD4]

// 188
TRANSFER_FUNCTIONS
  $NAME    = Transfer functions set
  $DTYPE   = SET
  $CHILD   = TRANSFER_FUNCTION[*]

// 189
LOAD_FUNCTIONS
  $NAME    = Load functions set
  $DTYPE   = SET
  $CHILD   = LOAD_FUNCTION[*]

// 190
TRANSFER_FUNCTION
  $NAME    = Transfer function
  $DTYPE   = ENTITY
  $CATEGORY= IEXPRESSION

// 191
LOAD_FUNCTION
  $NAME    = Load function
  $DTYPE   = ENTITY
  $CATEGORY= IEXPRESSION

// 192
TRANSFER_VECTORS
  $NAME    = Transfer vectors set
  $DTYPE   = SET
  $CHILD   = TRANSFER_VECTOR[*]

// 193
LOAD_VECTORS
  $NAME    = Load vectors set
  $DTYPE   = SET
  $CHILD   = LOAD_VECTOR[*]

// 194
TRANSFER_VECTOR
  $NAME    = Transfer vector
  $DTYPE   = ENTITY

// 195
LOAD_VECTOR
  $NAME    = Load vector
  $DTYPE   = ENTITY

// 196
PRESSURE_OVER_FORCE
  $NAME    = Pressure/force
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR
  $UNIT    = PRESSURE_OVER_FORCE

// 197
DISPLACEMENT_OVER_FORCE
  $NAME    = Displacement/force
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR
  $UNIT    = DISPLACEMENT_OVER_FORCE

// 198
DISPLACEMENT_OVER_ACCELERATION
  $NAME    = Displacement/acceleration
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR

// 199
VELOCITY_OVER_FORCE
  $NAME    = Velocity/force
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR
  $UNIT    = VELOCITY_OVER_FORCE

// 200
ACCELERATION_OVER_FORCE
  $NAME    = Acceleration/force
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR
  $UNIT    = ACCELERATION_OVER_FORCE

// 201
ACCELERATION_OVER_DISPLACEMENT
  $NAME    = Acceleration/displacement
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR

// 202
ACCELERATION_OVER_VELOCITY
  $NAME    = Acceleration/velocity
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR

// 203
FORCE_OVER_DISPLACEMENT
  $NAME    = Force/displacement
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR
  $UNIT    = FORCE_OVER_DISPLACEMENT

// 204
FORCE_OVER_VELOCITY
  $NAME    = Force/velocity
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR
  $UNIT    = FORCE_OVER_VELOCITY

// 205
FORCE_OVER_ACCELERATION
  $NAME    = Force/acceleration
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR
  $UNIT    = FORCE_OVER_ACCELERATION

// 206
PRESSURE_OVER_DISPLACEMENT
  $NAME    = Pressure/displacement
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR
  $UNIT    = PRESSURE_OVER_DISPLACEMENT

// 207
PRESSURE_OVER_VELOCITY
  $NAME    = Pressure/velocity
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR
  $UNIT    = PRESSURE_OVER_VELOCITY

// 208
PRESSURE_OVER_ACCELERATION
  $NAME    = Pressure/acceleration
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR
  $UNIT    = PRESSURE_OVER_ACCELERATION

// 209
PRESSURE_OVER_NORMAL_VELOCITY
  $NAME    = Pressure/normal velocity
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR
  $UNIT    = PRESSURE_OVER_NORMAL_VELOCITY

// 210
RPM
  $NAME    = Rate per minute
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR
  $UNIT    = RPM

// 211
WEIGHTING_FACTOR
  $NAME    = Weighting factor
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR

// 212
SAFETY_FACTOR
  $NAME    = Safety factor
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR

// 213
DESIGN_LOAD_FACTOR
  $NAME    = Design load factor
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR

// 214
FATIGUE_DAMAGE
  $NAME    = Fatigue damage
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR

// 215
FATIGUE_LIFE
  $NAME    = Fatigue life
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR

// 216
FATIGUE_RECIPROCAL_LIFE
  $NAME    = Fatigue reciprocal life
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR

// 217
FATIGUE_NORMALIZED_DAMAGE
  $NAME    = Fatigue normalized damage
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR

// 218
FATIGUE_PROJECTOR_NORM
  $NAME    = Fatigue projector norm
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR

// 219
FATIGUE_TASK_NUMBER
  $NAME    = Fatigue task number
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = INTEGER
  $MTYPE   = SCALAR

// 220
FATIGUE_HOT_SPOT_NUMBER
  $NAME    = Fatigue hot spot number
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = INTEGER
  $MTYPE   = SCALAR

// 221
MAXIMUM_ABSOLUTE_STRESS
  $NAME    = Maximum absolute stress
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR
  $UNIT    = STRESS

// 222
MAXIMUM_STRESS_AMPLITUDE
  $NAME    = Maximum stress amplitude
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR
  $UNIT    = STRESS

// 223
ELIMINATION_RUN_NUMBER
  $NAME    = Elimination run number
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = INTEGER
  $MTYPE   = SCALAR

// 224
ORDER_NUMBER
  $NAME    = Order number
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR

// 225
TEST_NUMBER
  $NAME    = Test Number
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = INTEGER
  $MTYPE   = SCALAR

// 226
MODAL_TRANSFORM
  $NAME    = Modal transformation
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR

// 227
RESULT_AXIS_SYSTEM
  $NAME    = Result axis system
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = AXIS[AXIS_RECTANGULAR_3D_NODE,AXIS_RECTANGULAR_3D_COORDINATE,
                  AXIS_CYLINDRICAL_3D_NODE,AXIS_CYLINDRICAL_3D_COORDINATE,
                  AXIS_SPHERICAL_3D_NODE,AXIS_SPHERICAL_3D_COORDINATE]
  $MTYPE   = SCALAR

// 228
DATA_SOURCE
  $NAME    = Data source set
  $DTYPE   = SET
  $CHILD   = DATA_SOURCE[*]
  $CHILD   = TRANSFER_FUNCTION[*]
  $CHILD   = LOAD_FUNCTION[*]

// 229
DATA_CASE
  $NAME    = Data case
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = CHARACTER
  $MTYPE   = SCALAR

// 230
PID
  $NAME    = PID
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = CHARACTER
  $MTYPE   = SCALAR

// 231
SID
  $NAME    = SID
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = CHARACTER
  $MTYPE   = SCALAR

// 232
PID_DOF
  $NAME    = PID DOF
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = INTEGER
  $MTYPE   = SCALAR

// 233
SID_DOF
  $NAME    = SID DOF
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = INTEGER
  $MTYPE   = SCALAR

// 234
TRANSLATION_NORM
  $NAME    = Translation
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR
  $UNIT    = LENGTH

// 235
ROTATION_NORM
  $NAME    = Rotation
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR
  $UNIT    = ANGLE

// 236
POINT_FORCE_NORM
  $NAME    = Point force
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR
  $UNIT    = FORCE

// 237
POINT_MOMENT_NORM
  $NAME    = Point moment
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR
  $UNIT    = MOMENT

// 238
LINEIC_FORCE_NORM
  $NAME    = Lineic force
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR
  $UNIT    = TSTIFNES

// 239
SURFACIC_FORCE_NORM
  $NAME    = Surfacic force
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR
  $UNIT    = PRESSURE

// 240
VOLUMIC_FORCE_NORM
  $NAME    = Volumic force
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR
  $UNIT    = VOLFORCE

// 241
TRANSLATIONAL_ACCELERATION_NORM
  $NAME    = Translational acceleration
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR
  $UNIT    = ACCELRTN

// 242
ANGULAR_VELOCITY_VECTOR
  $NAME    = Angular velocity vector
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = VECTOR[3]

// 243
ANGULAR_ACCELERATION_VECTOR
  $NAME    = Angular acceleration vector
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = VECTOR[3]

// 244
TRANSLATIONAL_VELOCITY_NORM
  $NAME    = Translational velocity
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR
  $UNIT    = SPEED

// 245
ANGLE
  $NAME    = Angle
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR
  $UNIT    = ANGLE

// 246
EULER_PARAMETER
  $NAME    = Euler parameter
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR

// 247
EULER_PARAMETER_VELOCITY
  $NAME    = Euler parameter velocity
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR

// 248
EULER_PARAMETER_ACCELERATION
  $NAME    = Euler parameter acceleration
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR

// 249
MAXIMUM_FREQUENCY
  $NAME    = Maximum frequency
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR
  $UNIT    = FREQUENCY

// 250
MODE_TYPE
  $NAME    = Mode type
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = INTEGER
  $MTYPE   = SCALAR

// 251
POTENTIAL_ENERGY
  $NAME    = Potential energy
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR
  $UNIT    = ENERGY

// 252
TOTAL_ENERGY
  $NAME    = Total energy
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR
  $UNIT    = ENERGY

// 253
ENVIRONMENT
  $NAME    = Environment set
  $DTYPE   = SET
  $CHILD   = TEMPERATURE[0,1]

// 254
PROPERTY_CONSTRAINT_3D_PERIODIC
  $NAME    = 3D periodic constraint property
  $DTYPE   = ENTITY
  $CATEGORY= PROPERTY
  $CHILD   = TRANSFORMATION_3D[0,1]

// 255
TRANSFORMATION_3D
  $NAME    = 3D transformation
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR
  $REPEAT  = 12

// 256
SINGULAR_VALUE
  $NAME    = Singular value
  $DTYPE   = ENTITY
  $CATEGORY= IEXPRESSION

// 257
SINGULAR_VALUES
  $NAME    = Singular values set
  $DTYPE   = SET
  $CHILD   = SINGULAR_VALUE

// 258
SV_SINGULAR_VALUE
  $NAME    = Singular value
  $DTYPE   = CHARACTERISTIC

// 259
SV_RANK
  $NAME    = Rank
  $DTYPE   = CHARACTERISTIC

// 260
SV_CONDITION_NUMBER
  $NAME    = Condition number
  $DTYPE   = CHARACTERISTIC

// 261
SV_DEPENDENCY_INDICATOR
  $NAME    = Depedency indicator
  $DTYPE   = CHARACTERISTIC

// 262
MEAN_QUADRATIC_VELOCITY
  $NAME    = Mean quadratic velocity
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR
  $UNIT    = SQUARE_VELOCITY

// 263
MEAN_QUADRATIC_PRESSURE
  $NAME    = Mean quadratic pressure
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR
  $UNIT    = SQUARE_PRESSURE

// 264
RADIATION_EFFICIENCY
  $NAME    = Radiation efficiency
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR

// 265
INPUT_POWER
  $NAME    = Input power
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR
  $UNIT    = POWER

// 266
ADMITTANCE
  $NAME    = Admittance
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR
  $UNIT    = VELOCITY_OVER_PRESSURE

// 267
IMPEDANCE
  $NAME    = Impedance
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR
  $UNIT    = PRESSURE_OVER_VELOCITY

// 268
PRESSURE_JUMP
  $NAME    = Pressure jump
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR
  $UNIT    = PRESSURE

// 269
PRESSURE_GRADIENT
  $NAME    = Pressure gradient
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR
  $UNIT    = PRESSURE_OVER_DISPLACEMENT

// 270
PRESSURE_GRADIENT_JUMP
  $NAME    = Pressure gradient jump
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR
  $UNIT    = PRESSURE_OVER_DISPLACEMENT

// 271
RESTRAINT_TEMPERATURE
  $NAME    = Temperature restraint
  $DTYPE   = ENTITY
  $CATEGORY= RESTRAINT
  $CHILD   = TEMPERATURE

// 272
RESTRAINT_INITIAL_TEMPERATURE
  $NAME    = Initial temperature restraint
  $DTYPE   = ENTITY
  $CATEGORY= RESTRAINT
  $CHILD   = TEMPERATURE

// 273
CONVECTION
  $NAME    = Convection coefficient
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR

// 274
THERMAL_CONDUCTIVITY
  $NAME    = Thermal conductivity
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR
  $UNIT    = THERMALCONDUCTIVITY

// 275
SPECIFIC_HEAT
  $NAME    = Specific heat
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR
  $UNIT    = HEATCAPACITY

// 276
EMISSIVITY
  $NAME    = Emissivity
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR

// 277
MECHANICAL_HARMONIC_LINEAR
  $NAME    = Mechanical harmonic solution set
  $DTYPE   = SET
  $CHILD   = TRANSLATION[*]
  $CHILD   = ROTATION[*]
  $CHILD   = FREQUENCY[*]
  $CHILD   = FUNCTIONS[*]

// 278
MECHANICAL_TRANSIENT_LINEAR
  $NAME    = Mechanical transient solution set
  $DTYPE   = SET
  $CHILD   = TRANSLATION[*]
  $CHILD   = ROTATION[*]
  $CHILD   = TIME[*]

// 279
FUNCTIONS
  $NAME    = Functions set
  $DTYPE   = SET
  $CHILD   = FUNCTION[*]

// 280
FUNCTION
  $NAME    = Function
  $DTYPE   = ENTITY
  $CATEGORY= IEXPRESSION

// 281
YIELD_STRENGTH_X
  $NAME    = Yield strength in x direction
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR
  $UNIT    = PRESSURE

// 282
HARDENING_SLOPE_X
  $NAME    = Hardening slope in x direction
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR

// 283
EQUIVALENT_PLASTIC_STRAIN
  $NAME    = Equivalent plastic strain
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR

// 284
SENSORS
  $NAME    = Sensors set
  $DTYPE   = SET
  $CHILD   = SENSOR[*]

// 285
SENSOR
  $NAME    = Sensor
  $DTYPE   = ENTITY

// 286
CONTACT_TYPE
  $NAME    = Contact Type
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = INTEGER
  $MTYPE   = SCALAR

// 287
FRICTION_TYPE
  $NAME    = Friction Type
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = INTEGER
  $MTYPE   = SCALAR

// 288
RESTRAINT_CONTACT
  $NAME    = 3D contact restraint
  $DTYPE   = ENTITY
  $CATEGORY= RESTRAINT
  $CHILD   = CONTACT_TYPE
  $CHILD   = FRICTION_TYPE[0,1]
  $CHILD   = FRICTION_RATIO[0,1]

// 289
DURABILITY_SOLUTION
  $NAME    = Durability solution set
  $DTYPE   = SET
  $CHILD   = SAFETY_FACTOR[*]
  $CHILD   = DESIGN_LOAD_FACTOR[*]
  $CHILD   = FATIGUE_DAMAGE[*]
  $CHILD   = FATIGUE_LIFE[*]
  $CHILD   = FATIGUE_RECIPROCAL_LIFE[*]
  $CHILD   = FATIGUE_NORMALIZED_DAMAGE[*]
  $CHILD   = FATIGUE_PROJECTOR_NORM[*]
  $CHILD   = MAXIMUM_ABSOLUTE_STRESS[*]
  $CHILD   = MAXIMUM_STRESS_AMPLITUDE[*]
  $CHILD   = ELIMINATION_RUN_NUMBER[*]
  $CHILD   = FATIGUE_TASK_NUMBER[*]
  $CHILD   = FATIGUE_HOT_SPOT_NUMBER[*]

// 290
BOUNDARY_CONDITIONS
  $NAME    = Boundary Condition Set
  $DTYPE   = SET

// 291
PROPERTY_ACOUSTIC
  $NAME    = Acoustic property
  $DTYPE   = ENTITY
  $CATEGORY= PROPERTY
  $CHILD   = MATERIAL

// 292
ELEMENT_QUALITY_CRITERIA
  $NAME    = Element quality criteria
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR

// 293
ACOUSTIC_MONOPOLE_AMPLITUDE
  $NAME    = Acoustic monopole amplitude
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR
  $UNIT    = ACOUSTIC_MONOPOLE_AMPLITUDE

// 294
ACOUSTIC_DIPOLE_AMPLITUDE
  $NAME    = Acoustic dipole amplitude
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = VECTOR[3]
  $UNIT    = ACOUSTIC_DIPOLE_AMPLITUDE

// 295
ACOUSTIC_QUADRUPOLE_AMPLITUDE
  $NAME    = Acoustic quadrupole amplitude
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SYMMETRICAL_TENSOR[3]
  $UNIT    = ACOUSTIC_QUADRUPOLE_AMPLITUDE

// 296
DISPLACEMENT_OVER_VOLUME_VELOCITY
  $NAME    = Displacement/volume velocity
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR
  $UNIT    = DISPLACEMENT_OVER_VOLUME_VELOCITY

// 297
VELOCITY_OVER_VOLUME_VELOCITY
  $NAME    = Velocity/volume velocity
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR
  $UNIT    = VELOCITY_OVER_VOLUME_VELOCITY

// 298
ACCELERATION_OVER_VOLUME_VELOCITY
  $NAME    = Acceleration/volume velocity
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR
  $UNIT    = ACCELERATION_OVER_VOLUME_VELOCITY

// 299
FORCE_OVER_VOLUME_VELOCITY
  $NAME    = Force/volume velocity
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR
  $UNIT    = FORCE_OVER_VOLUME_VELOCITY

// 300
PRESSURE_OVER_VOLUME_VELOCITY
  $NAME    = Pressure/volume velocity
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR
  $UNIT    = PRESSURE_OVER_VOLUME_VELOCITY

// 301
DISPLACEMENT_OVER_VOLUME_ACCELERATION
  $NAME    = Displacement/volume acceleration
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR
  $UNIT    = DISPLACEMENT_OVER_VOLUME_ACCELERATION

// 302
VELOCITY_OVER_VOLUME_ACCELERATION
  $NAME    = Velocity/volume acceleration
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR
  $UNIT    = VELOCITY_OVER_VOLUME_ACCELERATION

// 303
ACCELERATION_OVER_VOLUME_ACCELERATION
  $NAME    = Acceleration/volume acceleration
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR
  $UNIT    = ACCELERATION_OVER_VOLUME_ACCELERATION

// 304
FORCE_OVER_VOLUME_ACCELERATION
  $NAME    = Force/volume acceleration
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR
  $UNIT    = FORCE_OVER_VOLUME_ACCELERATION

// 305
PRESSURE_OVER_VOLUME_ACCELERATION
  $NAME    = Pressure/volume acceleration
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR

// 306
DISPLACEMENT_OVER_VELOCITY
  $NAME    = Displacement/velocity
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR

// 307
DISPLACEMENT_OVER_PRESSURE
  $NAME    = Displacement/pressure
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR
  $UNIT    = DISPLACEMENT_OVER_PRESSURE

// 308
VELOCITY_OVER_PRESSURE
  $NAME    = Velocity/pressure
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR
  $UNIT    = VELOCITY_OVER_PRESSURE

// 309
ACCELERATION_OVER_PRESSURE
  $NAME    = Acceleration/pressure
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR
  $UNIT    = ACCELERATION_OVER_PRESSURE

// 310
FORCE_OVER_PRESSURE
  $NAME    = Force/pressure
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR
  $UNIT    = FORCE_OVER_PRESSURE

// 311
VOLUME_VELOCITY
  $NAME    = Volume velocity
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR

// 312
VOLUME_ACCELERATION
  $NAME    = Volume acceleration
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR

// 313
FORCE_SQUARED
  $NAME    = Power force
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR

// 314
DISPLACEMENT_SQUARED
  $NAME    = Power displacement
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR

// 315
VELOCITY_SQUARED
  $NAME    = Power velocity
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR
  $UNIT    = SQUARE_VELOCITY

// 316
ACCELERATION_SQUARED
  $NAME    = Power acceleration
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR

// 317
MODAL_PARTICIPATION_FACTOR_SQUARED
  $NAME    = Power modal participation factor
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR

// 318
PRESSURE_SQUARED
  $NAME    = Power pressure
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR
  $UNIT    = SQUARE_PRESSURE

// 319
VOLUME_VELOCITY_SQUARED
  $NAME    = Power volume velocity
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR

// 320
VOLUME_ACCELERATION_SQUARED
  $NAME    = Power volume acceleration
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = REAL
  $MTYPE   = SCALAR
// 321
CFD_SOLUTION
  $NAME    = CFD solution set
  $DTYPE   = SET
  $CHILD   = TRANSLATIONAL_VELOCITY[*]
  $CHILD   = TRANSLATION[*]
  $CHILD   = PRESSURE[*]
  $CHILD   = DENSITY[*]
  $CHILD   = TOTAL_ENERGY[*]
  $CHILD   = POTENTIAL_ENERGY[*]
  $CHILD   = TEMPERATURE[*]
  $CHILD   = HEAT_FLUX[*]
// 322
CFD_LABEL_LOAD
  $NAME    = CFD Labeled BC
  $DTYPE   = ENTITY
  $CHILD   = CFD_LABEL
// 323
CFD_LABEL
  $NAME    = CFD BC Name
  $DTYPE   = CHARACTERISTIC
  $VTYPE   = STRING
